Mathematics, 25.12.2019 11:31, goreeefk4939
Suppose two drugs are routinely used for treatment of a particular kidney disorder. drug 1 is known to cure the disease 85% of the time and costs $90. drug 2 is known to cure the disease 70% of the time and costs $65. the two drugs work independent of each other (that is, administration of one has no effect on the efficacy of the other). the two treatment plans are as follows:
plan
a. treatment with drug 1—if not effective, treatment with drug 2.
plan
b. treatment with drug 2—if not effective, treatment with drug 1.
which statement is most correct in this situation?
a. based on the overall probability of a cure, plan a should be selected over plan
b.
b. based on the overall probability of a cure, plan b should be selected over plan
a.
c. based on the overall cost of treatment, plan a should be selected over plan
b.
d. based on the overall cost of treatment, plan b should be selected over plan
a.
e. based on the probability of a cure and the cost of treatment, both plans are equivalent, so either can be selected.
Answers: 2
Mathematics, 20.06.2019 18:02, brevenb375
Agrocery sells green apples and red apples. on monday , the store put 500 of each kind of apple on display. that day, the store sold 42 red apples and 57 green apples. on tuesday the store sold 87 red apples and 75 green apples. on wednesday, the store sold 29 red apples and 38 green apples
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Mathematics, 21.06.2019 22:30, edgartorres5123
What is 100,000 times 1/100,000, using the standard method of multiplication? write the answer as 10 to a power.
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Mathematics, 21.06.2019 22:30, brendaslater49p6ttxt
We have 339 ounces of jam to be divided up equally for 12 people how muny ounces will each person get
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